laser cutting machine
Laser cutting machine is a precision equipment that uses high energy density laser beam as a "tool" to cut materials.
- Multiple types of laser sources
- Meet the needs of different workpieces.
- Comply with safety standards and reduce pollution
- Efficient cooling system
One Laser, Multiple Applications
A single laser can perform multiple laser processes. To achieve this, our experts make small adjustments to the laser parameters and to the optical components.
This simplifies and speeds up integrations, as the same laser system can be used for all your integrations. In addition, all lasers use the same controller module. This allows system integrators to work in the same environment when connecting cables and programming data exchange.
- One Laser, Multiple Applications
- Laser cleaning
- Laser welding
- Laser marking
- Laser cutting
Our Advantages
Speed
Punching used to take 1 hour, now laser takes 6 minutes
Accuracy
Positioning accuracy ±0.03 mm, incision verticality ≤0.1 mm; traditional plasma 0.5 mm or more
Flexibility
Once the drawing is changed, it can be cut in 5 minutes
Labor costs
One operator can monitor two laser machines at the same time; a traditional punching machine + bending + deburring machine requires four people.
AboutLaser cutting machineType Frequently Asked Questions
Buy fiber optics or CO₂?
1) Material Determination: For metals > 1 mm, fiber is preferred (metal absorption at 1 µm wavelength is > 80%); for non-metals (acrylic, cloth, glass), CO₂ (10.6 µm) is preferred. 2) Thickness: Fiber > CO₂. For carbon steel > 6 mm, the speed advantage is significant (measured speed at 6 kW for fiber cutting 12 mm of carbon steel is 1.8 m/min, while CO₂ is only 0.4 m/min). 3) Operating Cost: Fiber's electro-optical conversion efficiency is 30-35%, while CO₂'s is only 10-12%. Each kilowatt-hour of electricity cuts approximately 2.7 times the length of fiber compared to CO₂.
How much power should I choose?
1 kW can stably cut carbon steel 6 mm and stainless steel 3 mm; 3 kW can cut carbon steel 20 mm and stainless steel 10 mm; 6 kW can cut carbon steel 25 mm and stainless steel 20 mm.
Cutting accuracy suddenly drops
Priority checks: ① Rack wear (use a feeler gauge to measure backlash, >0.1 mm requires adjustment); ② Servo motor encoder feedback (use a laser interferometer to measure positioning accuracy); ③ Machine tool temperature (thermal elongation 0.02 mm/m at >35°C).
What should I do if the laser has no output, overheats, makes noise, alarms, or has power reduction?
If there is no output, check the power supply/connection/cooling system; if it is overheated, check the filter/coolant; if it is noisy, check the fan; if it is an alarm, check the signal line; if it is a power drop, check the lens for dirt or power fluctuations. Regular maintenance